AQ-1000 Arc quenching device (low-voltage)
AQ-1000 Arc quenching device
AQ-1000 Arc quenching device

Description

The AQ-1000 arc quenching device extinguishes arcing faults in systems with a maximum rated voltage of 690 V. The AQ-1000 arc quenching system is designed to limit the total arcing time to 4 ms and to minimize (or even eliminate) the damaging effects that an arc fault’s temperature and pressure cause. In most applications, this will result in an energy release of less than 1 cal/cm². AQ-1000 is fully resettable which allows for full system testing on-site.

AQ-1000 is used in conjunction with the AQ-100 arc protection system. When an AQ-100 series device detects a fault, it triggers the AQ-1000 arc quenching system and, simultaneously, trips the circuit breaker(s) feeding the fault. Then the AQ-1000 creates a low-impedance parallel path for the fault current to flow through, thus extinguishing the arc fault. The total arcing time is less than 4 milliseconds.

Learn more about AQ-1000:

“AQ-1000 Arc quenching device” by Arcteq Relays (https://youtu.be/1dWPvplYKHw)

Learn more about how different protection techniques affect the consequences of an arc flash:

“Arc flash comparison” by Arcteq Relays (https://youtu.be/EUlZ_a_rcIg)

AQ-1000 Arc quenching device

Technical data

  • Maximum rated voltage: 690 V
  • Short circuit withstand (IEC 60947-9-1/UL 2748): 100 kA (200 ms), 75 kA (500 ms), 50 kA (1 s)
  • BIL: 12 kV
  • Electric life: 2 operations at 100 kA, 200 ms each
  • Mechanical life: 100 operations
  • Total system operating time: 4 ms

  • AX001-3 Connection fiber (3 meters)
  • AX001-5 Connection fiber (5 meters)
  • AX001-10 Connection fiber (10 meters)

Additional material

Application Drawing

Application AQ-1000

Related products

Ask for an offer or more information

We provide a comprehensive range of services through our own skilled staff and a global network of partners.

Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.

Strictly Necessary Cookies

Strictly Necessary Cookie should be enabled at all times so that we can save your preferences for cookie settings.

3rd Party Cookies

This website uses Google Analytics to collect anonymous information such as the number of visitors to the site, and the most popular pages.

Keeping this cookie enabled helps us to improve our website.